| A |
• Admittance and impedance - from parallel capacitance, inductance, resistance and frequency
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• Admittance and impedance - from serial capacitance, inductance, resistance and frequency
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• Admittance - from impedance
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• Admittance, impedance
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• Amplification - from input and output power
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• Amplification - from input and output voltage
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• Amplifiers
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• APRS, UL and location - from APRS, UL or geographic coordinates
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• Area and diameter - from current and current density
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• Area - from diameter or radius or lengths
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• Area - from diameter, radius, lengths
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• Area - from ( conductance or resistance ), ( conductivity or resistivity ) and length
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• Area, diameter and radius - from AWG
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• Area, diameter and radius - from BWG
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• Area, diameter and radius - from SWG
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• Asymmetric bridged T attenuator
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• Asymmetric T attenuator
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• Asymmetric Π attenuator
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• Attenuators ( R )
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• AWG - from area or diameter or radius
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| B |
• Bandwidth - from frequency and dissipation or quality factor
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• Bandwidth, frequency, dissipation and quality factor - from capacitance, inductance and resistance
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| C |
• Calculator
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• Call - from geographic coordinates ( QTH ) and distance ( QRB )
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• Capacitance and charge - from energy and voltage
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• Capacitance and energy - from charge or current and time and voltage
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• Capacitance and frequency - from inductance and resistance
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• Capacitance and inductance - from frequency and impedance
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• Capacitance and inductance - from frequency and resistance
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• Capacitance and inductance - from resistance and time constant
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• Capacitance and resistance - from frequency and inductance
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• Capacitance and resistance - from inductance and time constant
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• Capacitance and time constant - from inductance and resistance
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• Capacitance and voltage - from energy and charge or current and time
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• Capacitance ( C )
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• Capacitance - from frequency and impedance or capacitive reactance
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• Capacitance - from frequency, current and voltage
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• Capacitance - from frequency, current, rectifier method and voltage
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• Capacitance - from resistance, time and voltages
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• Capacitance, admittance and impedance - from frequency and inductance
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• Capacitance, inductance, resistance
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• Capacitance: delta (Δ) - from star (Y)
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• Capacitance: star (Y) - from delta (Δ)
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• Carrier for Maros, Titán, Veszprém, IC-22A transceivers - from XTAL frequency
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• Charge and voltage - from capacitance and energy
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• Charge - from current and time
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• Circle diameter - from inductance and number of turns
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• Clock - UTC
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• Clock - UTC :)
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• Component color code decoder
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• Component color code drill
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• Component standard values - EIA
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• Conductance and resistance - from temperature coefficient and conductance or resistance and temperature
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• Conductance and resistance - from temperature coefficient, capacitance and temperatures
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• Conductance - from resistance
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• Conductance, current and resistance - from power and voltage
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• Conductance, current, power, resistance, voltage
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• Conductance, power and resistance - from current and voltage
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• Conductance, resistance and voltage - from current and power
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• Conductivity and resistivity - from gauge és conductance or resistance and length
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• Constants ( c, e, ε0, k, μ0, π )
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• Content
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• Create date
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• Current and flux linkage - from energy and inductance
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• Current and inductance - from energy and flux linkage
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• Current and power - from ( conductance or resistance ) and voltage
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• Current and voltage - from ( conductance or resistance ) and power
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• Current density - from gauge and current
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• Current - from capacitance, frequency and voltage
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• Current - from capacitance, frequency, current, rectifier method and voltage
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• Current - from charge and time
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• Current - from gauge and current density
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| D |
• Density - from mass and volume
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• Description
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• Dipole length - from dipole gauge and frequency
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• Directory contents
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• Dissipation and quality factor
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• Dissipation and quality factor and parallel resistance - from capacitance, frequency and serial resistance
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• Dissipation and quality factor and parallel resistance - from frequency, inductance and serial resistance
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• Dissipation and quality factor and serial resistance - from capacitance, frequency and parallel resistance
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• Dissipation and quality factor and serial resistance - from frequency, inductance and parallel resistance
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• Dissipation and quality factor - from bandwidth and frequency
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• Distance and directions - from APRS, UL or geographic coordinates
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| E |
• Edge of triangle - from inductance and number of turns
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• Electric field - from length and voltage
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• Energy and charge - from capacitance and voltage
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• Energy and current - from inductance and flux linkage
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• Energy and flux linkage - from current and inductance
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• Energy and inductance - from current and flux linkage
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• Energy and voltage - from capacitance and charge or current and time
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| F |
• First-order filter (C,L,R)
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• Frequencies, bands
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• Frequency and angular frequency - from time period
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• Frequency and inductance - from capacitance and resistance
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• Frequency and resistance - from capacitance and inductance
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• Frequency spectrum
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• Frequency - from bandwidth and dissipation or quality factor
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• Frequency - from capacitance and impedance
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• Frequency - from capacitance and inductance
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• Frequency - from capacitance and inductance :)
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• Frequency - from capacitance, current and voltage
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• Frequency - from capacitance, current, rectifier method and voltage
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• Frequency - from inductance and impedance
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| G |
• Greek characters
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• Gross bit rate - from information and time
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| H |
• Help ☺
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| I |
• Impedance - from admittance
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• Inductance and flux linkage - from energy and current
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• Inductance and resistance - from capacitance and frequency
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• Inductance and resistance - from capacitance and time constant
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• Inductance and time constant - from capacitance and resistance
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• Inductance index - from inductance and number of turns
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• Inductance of circle - from circle size and number of turns
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• Inductance of one layer coil - from diameter, length and number of turns
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• Inductance of square - from length of edge and number of turns
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• Inductance of straight wire - from length
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• Inductance of triangle - from length of edge and number of turns
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• Inductance (L)
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• Inductance - from frequency and impedance
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• Inductance - from inductance index and number of turns
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• Inductance, admittance and impedance - from capacitance and frequency
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• Information
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• Information - from gross bit rate and time
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| L |
• LED
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• Length of edge of square - from inductance and number of turns
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• Length of straight wire - from inductance
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• Length - from area, ( conductance or resistance ) and ( conductivity or resistivity )
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• Length - from electric field and voltage
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• Length - from resistance and resistance per unit length
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• Length, diameter and radius - from area
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• LM317
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• Location (QTH)
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• Location - from two location and two directions
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| M |
• Maros, Titán, Veszprém, IC-22A, FTL-7005
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• Mass - from density and volume
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• Modulation rate - from traditional telegraphy speed
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| N |
• Nightmare - from number of ghost and area :)
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• Number of turns of circle - from circle size and inductance
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• Number of turns of one layer coil - from circle size, length and inductance
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• Number of turns of square - from length of edge and inductance
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• Number of turns of triangle - from length of edge and inductance
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• Number of turns - from inductance index and inductance
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| O |
• Ohm law (R)
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| P |
• Parallel capacitance or inductance and resistance - from frequency and admittance or impedance
|
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• Parallel inductances
|
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• Partial capacitance - from parallel capacitance
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• Partial capacitance - from serial capacitance
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• Partial resistance - from parallel resistance
|
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• Partial resistance - from serial resistance
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• Period time, (angular) frequency - from ( wavelength or (angular) wavenumber ) and speed and ( velocity factor or relative permittivity )
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• Power amplification ( loss ), power and voltage - from amplification per length, frequency, length, power and voltage ( transmission line )
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• Power and voltage - from ( conductance or resistance ) and current
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• Power - from amplification and power
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• Power - from time and work
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| Q |
• Quantity converter
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| R |
• Radio station - from geographic coordinates ( QTH ), frequency band, service and distance
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• Reactance, admittance and impedance - from capacitance and frequency
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• Reactance, admittance and impedance - from frequency and inductance
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• Resistance and conductance - from gauge, conductivity or resistivity and length
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• Resistance and power amplification - for resistive power splitter, from number of connections and resistance
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• Resistance and time constant - from capacitance and inductance
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• Resistance for LM317 - from voltage
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• Resistance or voltage for LM317 - from resistance or voltage
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• Resistance per unit length
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• Resistance per unit length - from length and resistance
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• Resistance - for parallel LEDs
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• Resistance - for serial LEDs
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• Resistance - from capacitance, time and voltages
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• Resistance - from conductance
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• Resistance - from length and resistance per unit length
|
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• Resistances (R)
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• Resistances - from current, resistance, voltages ( voltage divider )
|
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• Resistance: delta (Δ) - from star (Y)
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• Resistance: star (Y) - from delta (Δ)
|
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• Resistivity (A,G,γ,l,R,ρ)
|
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• Resonant circuit (C,L)
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| S |
• Serial capacitance or inductance and resistance - from frequency and admittance or impedance
|
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• Serial inductances
|
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• Serial power amplifiers
|
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• Serial voltage amplifiers
|
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• SI prefix
|
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• Skin depth, cross-sectional area, conductance and resistance - from wire size, length, frequency, ( conductivity or resistivity ) and relative permeability
|
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• Speed, velocity factor, relative permittivity - from ( wavelength or (angular) wavenumber ) and ( period time or (angular) frequency )
|
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• Sum and means of admittances
|
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• Sum and means of capacitances
|
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• Sum and means of conductances
|
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• Sum and means of currents
|
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• Sum and means of frequencies
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• Sum and means of impedances
|
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• Sum and means of lengths
|
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• Sum and means of powers
|
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• Sum and means of resistances
|
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• Sum and means of times
|
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• Sum and means of voltages
|
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• Symmetric T attenuator
|
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• Symmetric Π attenuator
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| T |
• Temperature coefficient (α,C,G,R,T)
|
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• Temperature coefficient - from capacitance and temperature
|
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• Temperature coefficient - from ( conductance or resistance ) and temperature
|
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• Temperature - from temperature coefficient and conductance or resistance and temperature
|
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• Temperature - from temperature coefficient, capacitance and temperature
|
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• Text, spreadsheet, C, JavaScript - from data ( α, AL, E, εr, f, k, μr, ρ, TZ, v )
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• Time constant (C,L,R)
|
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• Time period - from frequency
|
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• Time - from capacitance, resistance and voltages
|
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• Time - from current and charge
|
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• Time - from information and gross bit rate
|
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• Time - from power or current and voltage and work
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• Time - from time and time zones
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| U |
• Update
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| V |
• Voltage divider
|
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• Voltage for LM317 - from resistance
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• Voltage - from amplification and voltage
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• Voltage - from capacitance, frequency and current
|
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• Voltage - from capacitance, frequency, current and rectifier method
|
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• Voltage - from capacitance, resistance, time and voltage
|
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• Voltage - from electric field and length
|
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• Volume - from mass and density
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| W |
• Wavelength, (angular) wavenumber - from ( period time or (angular) frequency ) and speed and ( velocity factor or relative permittivity )
|
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• Weight - from acceleration and mass
|
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• Weight, mass - from gravity acceleration, density and volume
|
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• Wire gauge (AWG,BWG,SWG)
|
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• Work - from power or current and voltage and time
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| X |
• XTAL frequency for Maros, Titán, Veszprém, IC-22A transceivers - from carrier
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| * |
• :)
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